0200B Wire Lead Type Pulse Valve Solenoid Coil 12V 24V 110V 220V

0200B Wire Lead Type Pulse Valve Solenoid Coil 12V 24V 110V 220V

With the continuous advancement of technology, the emergence of solenoid valves has promoted the development of solenoid valve 0200B pulse valve solenoid coils. The solenoid valve is mainly an industrially applied tool controlled by electromagnetic action. It is widely used in the industrial field and is loved by people. However, the power of the solenoid valve is relatively large, and the usual 0200B pulse valve solenoid coil is easily burned when it is used on it. Basically, it cannot be used.

This 0200B pulse valve solenoid coil must have one of the most important advantages, that is, the power of this 0200B pulse valve solenoid coil is large to ensure that the current flowing through it can be used. This kind of 0200B pulse valve solenoid coil is beautifully designed under the design of people, and the internal structure of the 0200B pulse valve solenoid coil is tight, which saves a lot of space. The performance of such a solenoid valve 0200B pulse valve solenoid coil is greatly exerted when it is used, which brings a great advantage to the solenoid valve, which is beneficial to the better utilization of the solenoid valve.

Technical parameter of wire lead type pulse valve solenoid coils:

Main dimension of inner diameter 13 mm pulse solenoid valve electric coils:

Three tips for DC24V 0200B pulse diaphragm valve accessories solenoid coils: 

Machining and testing of flying leads type pulse solneoid valve solenoid coils:

How to properly store the 0200B pulse valve solenoid coils:

Since 0200B pulse valve solenoid coils play a very important role in today's electronics industry, they have a large production volume in the market, but these ever-increasing products cannot be sold at the same time, so storage becomes the best. Method. However, the 0200B pulse valve solenoid coil also has some precautions when it is stored:

1. Before storing the 0200B pulse valve solenoid coil, perform a comprehensive inspection. If it is found that there is damage, it should be replaced in time. Also check whether the solenoid valve is clean. If there is dust or other pollutants, it needs to be cleaned in time. This will ensure that the product will perform well even after it has been stored for a long time, and it will not be rusted or corroded. It is important to note that it is best to put together products of the same specifications so that later selections will not cause confusion.

2. The warehouse where the 0200B pulse valve solenoid coil is stored must be dry and ventilated to prevent the humidity or the enclosed environment from affecting the performance of the coil. At the same time, when the 0200B pulse valve solenoid coil enters the warehouse, it needs to be inspected and qualified by a special inspection personnel before it can be used to avoid unnecessary troubles caused by long-term storage affecting the performance of the coil.

The difference between AC electromagnet and DC electromagnet:

According to the voltage of the attracting coil, the electromagnet can be divided into an alternating current electromagnet and a direct current electromagnet.

AC electromagnets The voltage used is generally 110V/220V AC, and the electrical circuit configuration is simple. The AC electromagnet has a large starting force and a short commutation time. However, the commutation impact is large, the working temperature rises (the outer casing is provided with heat dissipation ribs); when the valve core is stuck, the electromagnet is easily burned due to excessive current, and the reliability is poor, so the switching frequency must not exceed 30 times/min, short life.

DC electromagnets typically use 12/24 VDC, so a dedicated DC power supply is required. The advantage is that it will not burn out due to the iron core stuck (there is no heat dissipation rib on the cylindrical outer casing), the volume is small, the work is reliable, the switching frequency is allowed to be 120 times/min, the commutation impact is small, and the service life is long. However, the starting force is smaller than that of the AC electromagnet.

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